South Sudan has launched its first two solar microgrids in Malakal and Bor, marking a significant milestone in its renewable energy journey. These microgrids, featured in PV Magazine, were developed by U.S. company Renewvia Energy in partnership with the United Nations High Commissioner for Refugees (UNHCR). This initiative comes at a time when global attention is focused on expanding access to clean energy, with projects like the Silver Springs community solar project in New York demonstrating the growing trend towards localized renewable energy generation. You can read more about similar projects at PV Know How.
South Sudan Solar Microgrids Provide Sustainable Energy to Refugees
The solar microgrids in Malakal and Bor are designed to address the critical energy needs of South Sudanese refugees. Malakal’s microgrid features a 1.25 MW solar array and a 1.5 MWh battery storage system, while the Bor microgrid includes a 1 MW solar array and a 1.25 MWh battery storage setup. Diesel generators provide backup power at both locations, ensuring a consistent energy supply. These microgrids are expected to generate approximately 25,000 kilowatt-hours of clean energy daily, significantly reducing reliance on diesel fuel. This clean energy will power essential services such as hospitals, schools, and water treatment facilities, dramatically improving the quality of life for thousands of refugees.
“This initiative will not only provide clean energy to some of the most vulnerable communities in the world but also serve as a model for other countries facing similar challenges,” said Trey Jarrard, CEO of Renewvia.
South Sudan Solar Microgrids to Save $3 Million in Diesel Costs Annually
The implementation of these solar microgrids is projected to save approximately $3 million in diesel costs annually, a 50% reduction in diesel usage. This transition from fossil fuels to renewable energy aligns with South Sudan’s broader objectives of promoting sustainable development and mitigating greenhouse gas emissions. According to the International Renewable Energy Agency (IRENA), South Sudan had only 1 MW of installed renewable energy capacity in 2022. The addition of these microgrids represents a substantial increase in the country’s renewable energy infrastructure and directly supports the UNHCR’s goal of achieving net-zero emissions by 2050. This commitment echoes global efforts to combat climate change, even as programs like the “Solar for All” initiative face setbacks (PV Know How).
South Sudan Solar Microgrids to Improve Energy Access
South Sudan currently has one of the lowest electricity access rates globally, with only 1.6% of the population connected to the grid. The development of these solar microgrids offers a sustainable and scalable solution to this pressing challenge by delivering a reliable energy source to underserved communities. The success of the Malakal and Bor microgrids could pave the way for similar projects throughout the country, potentially transforming South Sudan’s energy landscape. The South Sudanese government has expressed interest in expanding renewable energy initiatives to improve energy access and stimulate economic growth. Integrating solar energy into South Sudan’s energy mix can reduce its reliance on imported fossil fuels and bolster energy security. As South Sudan continues its exploration of renewable energy solutions, the lessons learned from the Malakal and Bor microgrids will be invaluable. The project’s success showcases the viability of solar energy in the region and underscores the vital role of international partnerships in driving sustainable development.
